I'm probably going to regret this, but here goes nothing.
Yendor.
From your frame of reference, you are standing still. You and everything around you is just relative to you, if the wind is blowing, then it's relative to you and where you are standing on the earth. The sun rises in the east and sets in the west, You are staying still, the sun is moving not you. That's your frame of reference, You get into a plane and fly north south east west wherever you like, all motion is relative to that same frame of reference. As far as you can ever tell, the earth is not moving, the sun, moon and stars are moving, not you, not in your frame of reference.
That's it, that's all you ever need to know.
Except for one tiny little detail.... from the sun's frame of reference, it's the thing that isn't moving, it's the earth that is spinning instead, and it's because the earth is spinning we see the sun rise in the east and set in the west. So from the sun's frame of reference you are spinning at 1000 mph at the equator, can you feel it? No you can't, is there some experiment you could do to prove the earth is spinning, yes, lots, simplest is probably the foucault pendulum. But that's another topic.
If you launch a rocket into space, then the rotation of the earth is important, it gives you an extra 1000 mph for free, but down here in the atmosphere where everything is moving together you can't tell.
Hang about it get's scarier. In the sun's frame of reference, the earth orbits once per year, and is moving at 66,000 mph in orbit around the sun. Do we feel it or notice it in any way, Nope, we see that the sun's path through the sky varies because of the axis being tilted, and this causes the seasons, but, that's it.
The orbital speed of planets can be a useful thing for sending spacecraft to outer planets, by swinging past a planet in the same direction the planet is orbiting, we can get a gravity assist, sometimes called a gravity slingshot, that get's us extra velocity for free.